manual

Advanced Scooter Workshop V2.82
User manual
April 2013
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1. Introduction
Advanced Scooter Workshop is a K-line tool that incorporates ignition control
unit (CDI) internal memory modification functions without cutting its plastic
package, scrape sealant, soldering any wires or de-soldering memory IC. All you
have to do is to connect four wires to controller connector.
EEPROM Read/Write functions will help you:
 To copy data from faulty CDI controller into another (even used one)
 To read T5-11 formatted Key Data from CDI controller if all keys are lost
 To reset used CDI controller to the state of a brand NEW controller
All functions works by K-line.
NOTE1: This tool cannot program key by itself – it just reads out transponder key
data that you have to program into T5 transponder using any suitable transponder
programmer.
NOTE2: You must to have at least 2 keys to complete key learning auto-procedure
after CDI controller has been reset to NEW state.
2. System requirements
USB / K-line interface of Advanced Scooter Workshop connects to desktop or
laptop PC using any free USB port. It is powered from an external power supply
(+12V / 800mA Min). Scooter battery can also be used as a power supply.
Software runs on Windows 98, Windows XP, Windows Vista, Windows 7.
3. Supported CDI controller systems
Software version V2.82 supports:
MAGNETI MARELLI ACI100 / ACI50x / ACI60x with MC68HC05B8/B16 inside
MAGNETI MARELLI IMM003/IMM006 with MC68HC05E6 (0F82B / 0G72G) inside
MAGNETI MARELLI MIU1.XX / MIU2.XX with ST10F269-T3 inside
MAGNETI MARELLI MIU G3 with Infineon SAK-XC2060 and 95320 inside
MAGNETI MARELLI IAW15 with MC68HC11F1 (2E87J) inside
EFI TECHNOLOGY ACII/AC2I/AC5I/AC8I/AC21I/AC23I with ST72 and 95040
EFI TECHNOLOGY AC19I / AC20I / AC25I / AC32I with ST72 MCU and 95080
NOTE3. If you have EFI TECHNOLOGY controller that is not in the list but it has the
same connector and internal hardware architecture like one of these from the list, it
is possibly supported, but you must to check out for power supply and K-line pins
in the wiring diagram of the particular scooter.
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4. Connection
NOTE4: Always observe polarity when connecting external power supply!
Red terminal must be connected to +12V, black terminal to the GND.
CDI CONTROLLER
USB CABLE TO PC
EXTERNAL
12V POWER SUPPLY
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5. Software hints and special functions
Double click with mouse on the Key Data fields to save data to binary file. File name is
created from the key data:
Double click here
Right Click with mouse to Copy calculated key data to the Clipboard (no need to transfer
data manually – now you can Paste it to the transponder programmer application when
preparing transponder key from calculated data):
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Transponder Data Converter for TEMIC11 / T5-TYPE11. Can convert transponder
reader data to EEPROM file format and prepares data from EEPROM file to use with
transponder programmer. Copy/Paste operations are enabled in Key/File data fields –
Right Click mouse to copy/paste data.
Converter requires USB/K-line interface to be connected to the PC! External +12V
power supply is not necessary.
When to use Transponder Data Converter?
Data may differ when reading same transponder key with several transponder readers:
Enter data from transponder reader to the “Key” field and press button with blue arrows to
realign data bits.
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This will result finding 7D 5F bytes in the bit stream and placing them to the two first
positions in the “Key” field:
Press this button to realign transponder data bits.
Key data will be formatted as
7D5FXXXXXXXXXXXX
Now key data is formatted properly and is ready to be converted for writing to the file of
CDI / INJECTION / IMMOBILIZER control unit:
Press this button to convert transponder data
Write data from this field to the EEPROM
of CDI/INJECTION/IMMO control unit.
Use 6 bytes for ACI100/500/600, IMM006
and EFI TECHNOLOGY (00 00 01 8A 29 16
in this example).
Use all 8 data bytes for MIU controllers
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6. Key programming procedure after ignition/injection controller has
been reset to NEW
1) Insert MASTER key (usually red or brown), turn ignition to ON for 2 seconds (until
immobilizer LED goes OFF). Remove key from lock;
2) Insert SERVICE key (usually black or blue), turn ignition to ON for 2 seconds (until
immobilizer LED goes OFF). Remove key from lock. Repeat for all SERVICE keys;
3) Insert MASTER key again and turn ignition to ON for 2 seconds (until immobilizer
LED goes OFF) to close key programming procedure.
NOTE5: First key you will switch ignition on will be stored as a MASTER regardless
of its color.
7. Additional key programming procedure
If MASTER key absent then read MASTER key data from particular control unit and
program it to the T5 transponder using any transponder programmer. Perform key
programming procedure described in chapter 6 using this T5 transponder as a MASTER
key.
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8. How to know what is inside of your EFI TECHNOLOGY CDI
controller if it is not in the list of supported controllers?
 Select system with external EEPROM of type 95080
 Read EEPROM as 95080
 If you have part number at addresses 0030-0035 but data in the range of
0100-03FF looks like in the picture (00 00 02 02 04 04 06 06 …) then the
real type of external EEPROM is 95040 and there is ST72C334 MCU with
internal EEPROM inside that CDI controller. Select correct system with
external EEPROM 95040 and ST72C334 MCU in that case.
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MAGNETI MARELLI ACI100
CDI controller hardware
Microcontroller
– MOTOROLA MC68HC05B8 (0D54J)
Internal EEPROM memory – 256 bytes. Stores Key Data, ignition advance
tables
EEPROM functions

Read MC68HC05 EEPROM
Press this button to read MC68HC05B8 internal EEPROM memory by K-line.
Memory content can be modified and saved to disk with desired filename.
Output file size – 256 bytes. File is compatible with TMPro products.

Write MC68HC05 EEPROM
Open file, containing data to be programmed and press this button to write it to
the MC68HC05B8 internal EEPROM by K-line. Writes data from “Memory
Dump” window. Data can be modified prior to writing procedure.
Input file size – 256 bytes.
EEPROM memory map
NUMBER OF STORED KEYS (01 – 03)
MASTER KEY
SERVICE KEY 1
SERVICE KEY 2
CRC OF KEY BLOCK
Up to 3 keys can be stored – 1 MASTER and 2 SERVICE keys. Areas of unused keys are
filled with FFs.
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How to store transponder data directly into MC68HC05 EEPROM file




Read EEPROM data from ACI100
Read key data using any transponder reader
Convert transponder data using Transponder Data Converter (read Chapter 5)
Transfer last 6 bytes of calculated data to the position of any key in the file –
MASTER or SERVICE1, SERVICE2. Every key position is repeated twice in the
file – transfer it into both places!
 Recalculate CRC of Key_Block1 area (address 0004-0015) and change its
corrected value at the address 0016
 Recalculate CRC of Key_Block2 area (address 0017-0028) and change its
corrected value at the address 0029
 Write modified this way EEPROM file into ACI100
Select desired memory block with mouse in the Memory Dump window and click Right
Mouse Button For CRC recalculation:
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MAGNETI MARELLI ACI500 / ACI501 / ACI502 / ACI503 / ACI504 / ACI600
/ ACI601 / AC602 / ACI603 / ACI604
CDI controller hardware
Microcontroller
– MOTOROLA MC68HC05B16 (0D60J)
Internal EEPROM memory – 256 bytes. Stores Key Data, Part Numbers (some
newer types), ignition advance tables
EEPROM functions

Read MC68HC05 EEPROM
Press this button to read MC68HC05B16 internal EEPROM memory by K-line.
Memory content can be modified and saved to disk with desired filename.
Output file size – 256 bytes. File is compatible with TMPro products.

Write MC68HC05 EEPROM
Open file, containing data to be programmed and press this button to write it to
the MC68HC05B16 internal EEPROM by K-line. Writes data from “Memory
Dump” window. Data can be modified prior to writing procedure.
Input file size – 256 bytes.
EEPROM memory map
NUMBER OF STORED KEYS (01 – 04)
MASTER KEY
SERVICE KEY 1
SERVICE KEY 2
SERVICE KEY 3
CRC OF KEY BLOCK
Up to 4 keys can be stored – 1 MASTER and 3 SERVICE keys. Areas of unused keys are
filled with FFs.
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How to store transponder data directly into MC68HC05 EEPROM file




Read EEPROM data from ACI500/600
Read key data using any transponder reader
Convert transponder data using Transponder Data Converter (read Chapter 5)
Transfer last 6 bytes of calculated data to the position of any key in the file –
MASTER or SERVICE1, SERVICE2, SERVICE3. Every key position is repeated
twice in the file – transfer it into both places!
 Recalculate CRC of Key_Block1 area (address 0004-001B) and change its
corrected value at the address 001C
 Recalculate CRC of Key_Block2 area (address 001D-0034) and change its
corrected value at the address 0035
 Program modified this way EEPROM file into ACI500/600
Use same technique for CRC recalculation as described above in the section of ACI100
control unit.
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EFI TECHNOLOGY ACII / AC2I / AC5I / AC8I / AC21I / AC23I
CDI controller hardware
Microcontroller
– SGS-THOMSON ST72C334N4
Internal EEPROM memory – 256 bytes. Stores Key Data, part numbers
External EEPROM memory – 95040 (512 bytes). Stores ignition advance tables
EEPROM functions

Read ST72 internal EEPROM
Press this button to read ST72C334 internal EEPROM memory by K-line.
Memory content can be modified and saved to disk with desired filename.
Output file size – 256 bytes. File is compatible with TMPro products.

Write ST72 internal EEPROM
Open file, containing data to be programmed and press this button to write it to
the ST72C334 internal EEPROM by K-line. Writes data from “Memory Dump”
window. Data can be modified prior to writing procedure.
Input file size – 256 bytes.

Read external 95040 EEPROM
Press this button to read 95040 EEPROM memory by K-line. Memory content
can be modified and saved to disk with desired filename.
Output file size – 512 bytes.

Write external 95040 EEPROM
Open file, containing data to be programmed and press this button to write it to
the 95040 EEPROM by K-line. Writes data from “Memory Dump” window.
Data can be modified prior to writing procedure.
Input file size – 512 bytes.

Reset to NEW (Make a backup copy of ST72 EEPROM before doing this!)
Press this button to reset CDI controller to its factory state. Key Data will be
cleared. Engine will run in limited up to 2000 rpm mode with immobilizer aerial
plug disconnected. Immobilizer status LED will illuminate for 2 seconds on
ignition set to ON. You must to have at least 2 keys to carry out a key
programming procedure:
4) Insert MASTER key (usually red or brown), turn ignition to ON for 2
seconds. Remove it.
5) Insert SERVICE key (usually black or blue), turn ignition to ON for 2
seconds. Remove it. Repeat for all SERVICE keys.
6) Insert MASTER key again and turn ignition to ON for 2 seconds to
close procedure.
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EFI TECHNOLOGY AC19I / AC20I / AC25I / AC32I (EURO3)
CDI controller hardware
Microcontroller
– SGS-THOMSON ST72F521
Internal EEPROM memory – NO INTERNAL EEPROM
External EEPROM memory – 95080 (1024 bytes). Stores Key Data, part
numbers, ignition advance tables
NOTE6: EFI TECHNOLOGY CDI controllers with system type AC19 / AC20 / AC25 /
AC30 has no immobilizer function. Letter “I” stand for “IMMOBILIZER”. For example
AC19I is immobilized CDI controller while AC19 means non immobilized version.
EEPROM functions

Read external 95080 EEPROM
Press this button to read 95080 EEPROM memory by K-line. Memory content
can be modified and saved to disk with desired filename.
Output file size – 1024 bytes. File is compatible with TMPro products.

Write external 95080 EEPROM
Open file, containing data to be programmed and press this button to write it to
the 95080 EEPROM by K-line. Writes data from “Memory Dump” window.
Data can be modified prior to writing procedure.
Input file size – 1024 bytes.

Reset to NEW (Make a backup copy of 95080 EEPROM before doing this!)
Press this button to reset CDI controller to its factory state. Key Data will be
cleared. Engine will run in limited up to 2000 rpm mode with immobilizer aerial
plug disconnected. Immobilizer status LED will illuminate for 2 seconds on
ignition set to ON. You must to have at least 2 keys to carry out a key
programming procedure:
1) Insert MASTER key (usually red or brown), turn ignition to ON for 2
seconds. Remove it.
2) Insert SERVICE key (usually black or blue), turn ignition to ON for 2
seconds. Remove it. Repeat for all SERVICE keys.
3) Insert MASTER key again and turn ignition to ON for 2 seconds to close
procedure.
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MAGNETI MARELLI IMM003.XX / IMM006.XX IMMOBILIZER
Microcontroller
– MOTOROLA MC68HC05E6 (0F82B / 0G72G)
Internal EEPROM memory – 160 bytes. Stores Key Data.
NOTE7: IMM003/IMM006 is only one of components in the complete immobilizer system
and cannot be checked ”on-the-bench” for transponder validity (like stand-alone CDI
controllers) without injection/ignition control module connected together with it.
EEPROM functions

Read MC68HC05E6 EEPROM
Press this button to read out full internal MC68HC05E6 EEPROM memory
image by K-line. Memory content can be modified and saved to disk with
desired filename.
Output file size – 160 bytes.

Write MC68HC05E6 EEPROM
Open file, containing data to be programmed and press this button to write it to
the MC68HC05E6 internal EEPROM by K-line. Writes data from “Memory
Dump” window. Input file size – 160 bytes.
NOTE8: memory area 0003-0062 is write-protected in the diagnostic mode
and only 64 bytes out of 160 can be rewritten by K-line (yellow zone in the
picture). Anyway is still possible to transfer EEPROM data from one IMM006
to another or to change key data, using technique described below.
There are 3 transponder key data zones in the memory map of HC05E6. Two
of them (marked with green) are protected by checksum (marked with blue) for
data safety and self-repair purposes in the case of data corruption.
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How to write file to IMM006:
 Open file you want to write,
 Check for checksum validity of data block 0x64-0x78. Mark that area, click
right mouse button and choose Checksum (8bit) item. Fix it to calculated
value at address 0x79 if necessary:
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 Change bytes at addresses 0x00-0x01 to FF 00. Change byte at address
0x63 to FF (three places marked with yellow in the picture). Press Write
MC68HC05E6 EEPROM button
 Disconnect and reconnect +12V_IGN power supply to IMM006. Data will
be transferred from addresses 0x64-0x79 to addresses 0x00-0x14 and
checksum at address 0x63 will be self-repaired. Key data block at the
middle of the file will be left unchanged but it will be corrected by itself
when complete immobilizer system becomes operational
+12V_BAT
+12V_IGN
K
GND
Use same technique to change key data in the IMM006 control unit – modify
area 0x64-0x78, recalculate checksum and write its new value into address 0x79.
Write FF 00 at first bytes of the file and FF at address 0x63. Program EEPROM of
MC68HC05 with this way modified file, disconnect and reconnect power supply.
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
Reset to NEW (Make a backup copy of MC68HC05E6 EEPROM before this!)
Press this button to reset immobilizer control unit IMM006 to its factory state.
Key Data will be cleared and control unit will be ready to be linked to another
injection/ignition control module and transponder keys.
NOTE9: You must to have MASTER key that belongs to Injection/Ignition
control unit during programming of the NEW immobilizer control unit!
MASTER Key data
in the EEPROM of
injection control
module
MASTER Key
data in the
EEPROM of
IMM006
Data bytes of MASTER key holds information for synchronization between
immobilizer and injection/ignition control units and are stored in both of them.
If you are replacing immobilizer control unit with brand new (or cleared) you
must to use MASTER key that was previously programmed to injection/ignition
controller to keep synchronization between them.
You must to reset injection/ignition controller to NEW (or replace it with brand
new) if key programming is arranged with MASTER key that was never been
programmed into memory of particular injection/ignition controller.
You must to have at least 2 keys to carry out a key programming procedure:
1) Insert MASTER key (usually red or brown), turn ignition to ON for 2
seconds. Remove it.
2) Insert SERVICE key (usually black or blue), turn ignition to ON for 2
seconds. Remove it. Repeat for all SERVICE keys.
3) Insert MASTER key again and turn ignition to ON for 2 seconds to
close procedure.
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MAGNETI MARELLI MIU1.XX / MIU2.XX INJECTION ECU WITH
THROTTLE BODY
Control module hardware
Microcontroller
– STMicroelectronics ST10F269-T3
Internal EEPROM memory – On-FLASH emulated / 16 Kilobytes
External EEPROM memory – NONE OR SPI 95160
EEPROM functions

Read KEY DATA from ST10F269
Press this button to read out Key Data block (memory range 0x180900x1828F) from ST10F269-T3 internal FLASH memory by K-line. Output file
size – 512 bytes.
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MAGNETI MARELLI MIU G3 INJECTION ECU WITH THROTTLE BODY
Control module hardware
Microcontroller
– Infineon SAK-XC2060M
Internal EEPROM memory – NO
External EEPROM memory – 95320 (4096 bytes)
EEPROM functions

Read 95320 EEPROM
Press this button to read out data from the external 95320 SPI EEPROM by Kline. Output file size – 4096 bytes.

Write 95320 EEPROM
Press this button to write data to the external 95320 SPI EEPROM by K-line.
Writes data from “Memory Dump” window. Input file size – 4096 bytes. CRC
check and repair takes place before programming. That will allow you to
modify transponder data in the file.

Reset to NEW
Press this button to reset MIU G3 controller to its factory state. Key Data will
be cleared. Immobilizer status LED will illuminate for 2 seconds on ignition set
to ON. You must to have at least 2 keys to carry out a key programming
procedure as described in the Chapter 6.
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MAGNETI MARELLI IAW15 INJECTION ECU
Control module hardware
Microcontroller
– MOTOROLA MC68HC11F1
Internal EEPROM memory – 512 bytes
External EEPROM memory – NO
EEPROM functions

Read MC68HC11F1 EEPROM
Press this button to read out data from the internal EEPROM of MC68HC11F1
by K-line. Output file size – 512 bytes.

Write MC68HC11F1 EEPROM
Press this button to write data to the internal EEPROM of MC68HC11F1 by Kline. Writes data from “Memory Dump” window. Input file size – 512 bytes.

Reset to NEW
Press this button to reset IAW15 controller to its factory state. Previously
programmed immobilizer data will be cleared and ECU will be set into
immobilizer code self programming mode. Turn ignition ON with a valid
MASTER key that belongs to IMM006 to link IAW15 to IMM006 immobilizer
control unit. Read and program MASTER key data from IMM006 into T5
transponder if you do not have a MASTER key. Programming is impossible
using SERVICE key!
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9. Copyright information
Advanced Scooter Workshop, ASWTM and a company logo, all the pictures and
screen shots used in this user manual is a property of Immo-Tools / www.immo-tools.lt
and can’t be used by any person or business for commercial purposes without an owner’s
permission.
All other brand names and trademarks mentioned herein are the property of their
respective owners.
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